We investigated the mixed traffic flow with human-driving and autonomous cars. A new
mathematical model with adjustable sensitivity and smooth factor was proposed to describe …

Due to the development of the modern scientific technology, autonomous vehicles may
realize to connect with each other and share the information collected from each vehicle. An …

With the rapid increase in car ownership, urban transport systems are challenged by the
overwhelming traffic demand and congestion. Dynamic prediction of traffic flows is of …

This paper proposes an integrated freeway traffic flow control framework that aims to
minimize the total travel cost, improve greenness and safety for freeway traffic mixed with …

This paper studied the effects of different route guidance strategies on traffic emissions in
intelligent transportation systems. Six route guidance strategies were applied in three …

Based on mixed NaSch traffic flow model and the empirical formula of automobile exhaust
emissions, emissions of particulate matter (PM), CO 2, NO x and volatile organic compounds …

With the development of China's economy and the continuous improvement of her urban
road network, the vulnerability of the urban road network has attracted increasing attention …

In this paper, we introduce the fuel cost into each commuter's trip cost, define a new trip cost
without late arrival and its corresponding equilibrium state, and use a car-following model to …

We discretized the Newell's car-following model into a difference equation and the impulse
transfer function is derived. The stability condition is given and proven as a Lemma based …

Abstract Based on the Kerner–Klenov–Wolf three-phase cellular automaton traffic model, we
study fuel consumption of vehicles on one-way lanes under open boundary conditions. The …